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Calculation Performed at www.codecalculation.com

[[ doc['meta']['docClass_title'] ]]

     

Project

Project No:
Project Title:
Document No:
Revision No:
Date :
     

Inputs

Fluid Data
Medium

[[err]]

Flow Rate [[ gUL('flow') ]]

[[err]]

Density [[ gUL('density') ]]

[[err]]

Dynamic Viscosity [[ gUL('dynViscosity') ]]

[[err]]

Pipe Data
Size Definition

[[err]]

NPS (inch)

[[err]]

Schedule

[[err]]

Inner Dia [[ gUL('length_mili') ]]

[[err]]

Roughness Based On

[[err]]

Material

[[err]]

Roughness [[ gUL('length_mili') ]]

[[err]]

Length [[ gUL('length') ]]

[[err]]

Elevation Gain [[ gUL('length') ]]

[[err]]

Entrance
Entrance Type

[[err]]

Radius of Curvature [[ gUL('length_mili') ]]

[[err]]

Angle [[ gUL('angle') ]]

[[err]]

Wall Thickness [[ gUL('length_mili') ]]

[[err]]

Exit
Exit Type

[[err]]

Fittings
Fitting Type Qty
[[index+1]] [[ fixed['hooper_list'][index] ]]

[[err]]

Contractions
Contractions Sharp
D1([[ gUL('length_mili') ]]) D2([[ gUL('length_mili') ]]) Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Contractions Rounded
D1([[ gUL('length_mili') ]]) D2([[ gUL('length_mili') ]]) Rc([[ gUL('length_mili') ]]) Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Contractions Conical
D1([[ gUL('length_mili') ]]) D2([[ gUL('length_mili') ]]) L([[ gUL('length_mili') ]]) Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Contractions Reducer
Reducer Size Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Expansions
Expansions Sharp
D1([[ gUL('length_mili') ]]) D2([[ gUL('length_mili') ]]) Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Expansions Rounded
D1([[ gUL('length_mili') ]]) D2([[ gUL('length_mili') ]]) Rc([[ gUL('length_mili') ]]) Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Expansions Conical
D1([[ gUL('length_mili') ]]) D2([[ gUL('length_mili') ]]) L([[ gUL('length_mili') ]]) Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Expansions Reducer
Reducer Size Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Fixed Losses
Fixed K Losses
K Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Fixed Line Diameters (Leqv/D) Losses
Leqv/D Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
Fixed Delta P Losses
Delta P Remarks Quantity
[[index+1]]

[[err]]

[[err]]

[[err]]

for above : [[err]]
     
     

Errors

[[ err ]]

Results

Pipe Inner Dia [[ retSilent(doc, ['result','Di','_val']) ]] [[ gUL('length_mili') ]]
Velocity [[ retSilent(doc, ['result','V','_val']) ]] [[ gUL('speed') ]]
Reynolds No. (Re) [[ retSilent(doc, ['result','Re','_val']) ]]
Moody Friction Factor (fd) [[ retSilent(doc, ['result','fd_Moody','_val']) ]]
K - Pipe [[ retSilent(doc, ['result','K_pipe','_val']) ]]
ΔP Pipe [[ retSilent(doc, ['result','deltaP_pipe','_val']) ]] [[ gUL('pressure') ]]
K - Entry [[ retSilent(doc, ['result','K_entry','_val']) ]]
ΔP Entrance [[ retSilent(doc, ['result','deltaP_entry','_val']) ]] [[ gUL('pressure') ]]
K - Exit [[ retSilent(doc, ['result','K_exit','_val']) ]]
ΔP Exit [[ retSilent(doc, ['result','deltaP_exit','_val']) ]] [[ gUL('pressure') ]]
K - Fittings [[ retSilent(doc, ['result','K_fittings','_val']) ]]
ΔP Fittings [[ retSilent(doc, ['result','deltaP_fittings','_val']) ]] [[ gUL('pressure') ]]
ΔP Contractions [[ retSilent(doc, ['result','deltaP_contractions','_val']) ]] [[ gUL('pressure') ]]
ΔP Expansions [[ retSilent(doc, ['result','deltaP_expansions','_val']) ]] [[ gUL('pressure') ]]
ΔP Fixed Losses [[ retSilent(doc, ['result','deltaP_fixed_all','_val']) ]] [[ gUL('pressure') ]]
ΔP Total [[ retSilent(doc, ['result','deltaP_total','_val']) ]] [[ gUL('pressure') ]]